Abstract: A wireless device is provided and includes a substrate, a first coil and a second coil. The first coil is configured to be wound around a first axis, and the first coil is disposed on the substrate and is configured to operate in a wireless charging mode. The second coil is disposed on the substrate and configured to operate in a wireless communication mode. The wires of the second coil partially overlap the wires of the first coil.

Abstract: A pallet includes two bottom plates and three supporting members. A plane is defined by the two bottom plates. The three supporting members are secured to the two bottom plates. A first passageway is defined between every adjacent two supporting members and allows for a forklift fork to be in along a first direction that is substantially perpendicular to the plane. The first passageway further allows for the forklift fork to slide out of along a second direction that is substantially perpendicular to the first direction.

Abstract: A package assembly for a product includes a cushion pad and a retaining member engaged with the cushion pad for retaining the product on the cushion pad. The retaining member defines a plurality of expandable cuts therein so as to increase the elastic extendibility of the retaining member.

Abstract: A package assembly for a product includes a cushion pad and a retaining member engaged with the cushion pad for retaining the product on the cushion pad. The retaining member defines a plurality of expandable cuts therein so as to increase the elastic extendibility of the retaining member.

Abstract: An all-in-one packaging system is provided for holding a computer and a liquid crystal display (LCD) together. The computer has four standoffs. The LCD includes a screen and a board protruding from a back of the screen. The packaging system includes a pair of opposite first cushions, second cushions, and a carton. Each first cushion defines a window for receiving one end portion of the computer. A recess is defined in a top edge of each first cushion adjacent the window for receiving the screen of the LCD on the computer. The second cushions sits atop the pair of first cushions respectively. Accessory boxes are disposed on the second cushion. Each second cushion includes a bottom surface with a shape configured to fit the back of the LCD. The carton defines a housing for receiving the assembled first and second cushions, computer, LCD and accessory boxes therein.

Abstract: A computer packaging assembly for packing and protecting a computer case (30) therein, includes a packaging box (10) for receiving the computer case therein, and a pair of cushions (20) received in the packaging box and engaging with top and bottom ends of the computer casing respectively. Each cushion includes a frame (24) cushioning against horizontal collision to the computer case, and at least a rib (22) firmly attached to an outside surface of the frame to cushioning against vertical collision to the computer case. The frame is made from expanded polyethylene material, and the ribs are made from extruded polyethylene material.

Abstract: An all-in-one packaging system is provided for holding a computer and a liquid crystal display (LCD) together. The computer has four standoffs. The LCD includes a screen and a board protruding from a back of the screen. The packaging system includes a pair of opposite first cushions, second cushions, and a carton. Each first cushion defines a window for receiving one end portion of the computer. A recess is defined in a top edge of each first cushion adjacent the window for receiving the screen of the LCD on the computer. The second cushions sits atop the pair of first cushions respectively. Accessory boxes are disposed on the second cushion. Each second cushion includes a bottom surface with a shape configured to fit the back of the LCD. The carton defines a housing for receiving the assembled first and second cushions, computer, LCD and accessory boxes therein.